Part Number: ADC31JB68 Tool/software: Hi sir,
I am currently working with the ADC31JB68RTAT IC and have encountered an issue while using the IBIS model for SI simulation. According to the datasheet, pins 23 to 26 of the IC are output pins. However,…
Part Number: ADC31JB68 Tool/software: I requested this IP through the website to use with this ADC, still listed as pending. Is that IP still available?
Part Number: ADC31JB68 Tool/software: I'm planning to use an ADC31JB68 in a design - I usually look to the associated EVM to finalize the ciruitry I need to develop around it. I see the ADC31JB68EVM exists, but only a user's manual is available without…
Part Number: ADC31JB68 Other Parts Discussed in Thread: LMK04821 Tool/software: Hi,
a few years ago we build a data acquisition board with 4 x ADC31JB68RTA25 connected to an Xilinx Artix.
The ADCs are clocked with 400 MHz. The Xilinx FPGA filters…
Part Number: ADC31JB68 Hello,
Is there an evaluation board for ADC31JB68, that I can interface with an Intel FPGA Dev Kit?
Is there any JESD204B serial interfaces firmware that's available, and that targets an Intel FPGA?
Thanks,
Mircea
Part Number: ADC31JB68 Other Parts Discussed in Thread: LMH5401 , LMH6553 , TINA-TI Hi, I will use the ADC31JB68 device in my design and I am looking for a drive to it for unbalancing to balancing convertion.
The input signal goes from DC to 200MHz…
Part Number: ADC31JB68 Hi, the ADC31JB68 datasheet shows the baluns in the "current configuration mode" to convert the unbalanced to balanced signal in the analog input.
Is there any special requirement to use this structure of the baluns for this ADC…
Part Number: ADC31JB68 Hi,
I am trying to make sense of the input rating given in the absolute maximum ratings and Full-Scale range.
In the absolute maximum ratings (page 6 of the datasheet), VIN+and VIN- can be up to 0.75V above or below VCM without…
Part Number: ADC31JB68 Hi Team,
We have received this inquiry from our customer,
I have an analog signal with wider dynamic range than the ADC can handle, so the signal could regularly exceed the ADC's analog input range. These excursions will typically…